Digital-display fan with atomization function

Abstract

Disclosed is a digital-display fan with atomization function, including a handle; a water tank body is disposed at a top portion of the handle, an air duct is mounted inside the water tank body, an atomizing sheet bracket having a plurality of water inlets is disposed inside the handle, a wiring structure is disposed on the air duct and the water tank body, a digital-display printed circuit board is disposed inside the air duct, and a rotary knob is disposed inside the handle. The use of dual water-passing holes not only increases the water flow capacity of the water tank body, but also enhances the water supply stability of the atomizing sheet bracket for the atomizing sheet body. The rotary knob is configured to adjust the wind force, and the digital-display printed circuit board displays the current wind force and feeds back to users timely such that the users can finely adjust the wind force of the fan according to the environmental needs. Moreover, the space of a mounting chamber is utilized fully such that the wires of the motor and the digital-display printed circuit board can be configured to pass through the limited space. Further, the wires are built in the water tank body and the handle all the way to utilize the internal radial space of the fan to the maximum extent such that the wires can be connected to the printed circuit board electric control board in a short length, thus achieving the short-path built-in arrangement of the wires.