Water and electricity independent dual-core electromagnetic induction fast heating water heater

Abstract

The invention provides a dicaryon electromagnetic induction instant water heater with water and electricity independent. The dicaryon electromagnetic induction instant water heater comprises an outer shell, a water tank, a first electromagnetic heating unit and a second electromagnetic heating unit, and the first electromagnetic heating unit and the second electromagnetic heating unit are arranged on the two end sides of the water tank. The water tank comprises a tank shell, a first electromagnetic induction self-heating plate and a second electromagnetic induction self-heating plate, the first electromagnetic induction self-heating plate and the second electromagnetic induction self-heating plate are arranged at the two ends of the tank shell, a water inlet pipe, a guide pipe and a water outlet pipe are arranged in a water storage chamber of the water tank, a water inlet end at the bottom of the tank shell is communicated with the guide pipe through the water inlet pipe, a water outlet end at the bottom of the tank shell is communicated with the water storage chamber through the water outlet pipe, heat exchange holes are formed in the positions, tightly adjacent to the surface of the first electromagnetic induction self-heating plate and the surface of the second electromagnetic induction self-heating plate, on the guide pipe, and the guide pipe is communicated with the water storage chamber through the heat exchange holes. The water of the water heater flows to the surfaces of the electromagnetic induction self-heating plates at the two ends of the water tank through the guide pipe, absorbs the heat on the surfaces of the two electromagnetic induction self-heating plates in time and then returns to a water outlet of the water tank. Therefore, heating is fast, efficiency is high, and water temperature in the water tank is even.

Description

technical field [0001] The invention relates to the field of electric water heaters, in particular to a fast-heating electromagnetic induction water heater. Background technique [0002] Existing electric water heaters generally adopt the resistance heating principle to heat water. The electric heating elements generally used are also called electric heating tubes. The electric heating tube is to wrap the electric heating wire (usually an electric heating material such as tungsten wire) with a high temperature resistant insulating material such as ceramics, and then use stainless steel tubes or aluminum tubes and copper tubes on the outside. The metal tube is wrapped to prevent the ceramic from bursting. When working, the electric heating tube is placed in the water tank, and the electric heating tube directly heats the water in the water tank through heat conduction. [0003] If a small-power electric heating tube is used to soak in a large-volume water tank, and the heat ...

AI Technical Summary

Problems solved by technology

Even if various protection measures are added in the future, they are only remedial measures after the event, and there are limitations in the protection of users, and safety accidents still occur from time to time

[0006] In addition, the traditional electric water heater generally inserts an electric heating tube from one end of the water tank to heat the water, which causes the water at one end of the water tank to heat up faster, while the water at the other end without the electric heating tube heats up slowly, so the water temperature inside the tank is uneven.

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