The power principle of the electric hand-free mop

The power principle of the electric hand-free mop is mainly based on motor drive and mechanical transmission, as follows:

Motor drive: The core power source of an electric hand-free mop is the motor, which is generally a DC motor. The motor is driven by electricity to generate rotational power. The motor drives the planetary reduction gearbox to achieve speed change and torque amplification. The planetary reduction gearbox drives the CAM to rotate, transmitting power to the subsequent mechanical structure to meet different cleaning requirements.

Mechanical transmission: The power generated by the motor is transmitted to the mop head through a mechanical transmission structure. For example, the power is transmitted to the moving plate through horizontally opposed connecting rods, enabling the mop head to perform high-frequency reciprocating or rotational movements. This movement mode simulates the action of manual mopping the floor, but with a higher frequency and greater force, thereby improving the cleaning efficiency.

Operation of the floor scrubbing mechanism: Driven by the motor, the floor scrubbing mechanism starts to work. The mop head comes into contact with the ground by rotating or vibrating at high speed, and uses friction to remove stains and dust on the ground. Due to the stable and powerful power provided by the motor, the electric hand-free mop can deal with various stubborn stains more easily.

Water spray mechanism assistance: Some electric hand-free mops are also equipped with a water spray mechanism, which consists of a water tank and a water pump. The water pump draws clean water from the water tank, which is then atomized and sprayed through the nozzle to evenly wet the surface, assisting the floor cleaning mechanism to better complete the cleaning task.