Multifunctional water dispenser

Abstract

This invention relates to the field of water dispenser technology, and more particularly to a multifunctional water dispenser. A multifunctional water dispenser, comprising a water-taking chamber, characterized in that a heating chamber is provided at an upper side of the water-taking chamber; heating base is provided at a lower end inside the heating chamber; a heating container is provided at an upper side of the heating base; an inlet pipe is connected to an upper end of the heating container; bottled water is provided at an upper end of the inlet pipe; an exhaust pipe is connected to an upper end at a rear side of the heating container; a ventilation chamber is provided at a rear side of the water-taking chamber; a water-taking groove is provided at a front side of the water-taking chamber; a baffle plate is inserted into a right side of a front portion of the water-taking groove; a water outlet pipe is provided at a lower end of a front side of the heating container; a lower end of the water outlet pipe is inserted into an upper portion inside the water-taking groove; an Internet-of-Things control module and a sound-broadcasting hole are provided at a lower end of the front side of the water-taking chamber. In the invention, by providing air-inlet holes, an exhaust hole, and a fan, steam generated during boiling is discharged downward through the exhaust pipe into the ventilation chamber where the fan is located. The downward orientation of the exhaust pipe prevents condensed water from flowing back, thereby preventing steam from contaminating the water inside the heating container and avoiding steam burns. The air-inlet holes and the exhaust hole accelerate air circulation, facilitating steam discharge.