Intelligent microcomputer electromagnetic teapot

Abstract

The invention discloses an intelligent microcomputer electromagnetic teapot which comprises a water outlet pipe, a rotatable connector, a machine, a teapot and a heating crystal. The rotatable connector is mounted on the upper side of the machine, a water outlet is formed in the right side of the water outlet pipe, a circuit board is mounted inside the machine, the machine is connected with a plug by a power wire, the heating crystal is mounted on the right side of the rotatable connector, the teapot is mounted on the upper side of the heating crystal, a spout is mounted on the left side of the teapot, an insulating handle is mounted on the right side of the teapot, a water inlet is formed in the front surface of the machine, and a display screen is mounted on the surface of the machine. The intelligent microcomputer electromagnetic teapot has the advantages that the rotatable connector is mounted on the upper side of the machine, accordingly, the directions of the water outlet pipe can be conveniently adjusted by the rotatable connector, and water can accurately flow into the teapot; intelligent microcomputer control keys are mounted on the left side of the display screen, and accordingly operation can be facilitated; a fan radiating hole is formed in the right side of the machine, accordingly, heat in the machine can be quickly reduced by the radiating hole, and the service life can be prolonged.

Description

technical field [0001] The invention relates to the technical field of electromagnetic teapots, in particular to an intelligent microcomputer electromagnetic teapot. Background technique [0002] The electric kettle was born in Chicago in 1891. With the development of science and technology, fast, safe, convenient, and full use of energy have gradually become the main features of the kettle. The English people who love tea have fallen in love with her since then. It has become a best-selling product in the world, and gradually developed an electromagnetic teapot. However, the induction cooker heating kettle on the market cannot stop heating in time after the water is boiled. Unless it is manually stopped, it will continue to heat until the water is dry and then trigger The overheating protection unit in the induction cooker stops heating. On the one hand, heating for too long will reduce the quality of boiling water and waste electric energy. On the other hand, there are ser...

AI Technical Summary

Problems solved by technology

[0002] The electric kettle was born in Chicago in 1891. With the development of science and technology, fast, safe, convenient, and full use of energy have gradually become the main features of the kettle. The English people who love tea have fallen in love with her since then. It has become a best-selling product in the world, and gradually developed an electromagnetic teapot. However, the induction cooker heating kettle on the market cannot stop heating in time after the water is boiled. Unless it is manually stopped, it will continue to heat until the water is dry and then trigger The overheating protection unit in the induction cooker stops heating. On the one hand, heating for too long will reduce the quality of boiling water and waste electricity. On the other hand, there are serious safety hazards

Images