Talcum cooker for electromagnetic induction heating

Abstract

The invention relates to the technical field of cooker equipment and particularly discloses a talcum cooker for electromagnetic induction heating. The periphery of the talc cooker (10) is coated and molded by a non-magnetic layer (30), so heat of the heating means is transferred into the talc cooker (10) through the non-magnetic layer (30). A magnetic plate (20) and the non-magnetic layer (30) areintegrally formed on the bottom surface of the talc cooker (10) through casting molding of the non-magnetic layer (30), so that the talc cooker (10), the magnetic plate (20) and the non-magnetic layer (30) form the talcum cooker for electromagnetic induction heating of a single cooking utensil. In the present invention, a magnetic plate, which is a magnetic body, is interposed between a talc cooker having slow heat conductivity and a non-magnetic layer having high heat conductivity, so that the talc cooker, the magnetic plate, and the non-magnetic layer are molded integrally, and each memberconstitutes a single cooker.

Description

technical field [0001] The invention relates to a talc cooker for electromagnetic induction heating which is integrally formed with a magnetic plate and a non-magnetic material on the bottom surface of the talc cooker, and can be used as an electromagnetic induction cooker. Specifically, it can protect the talc cooker around the slow heat transfer talc cooker. The non-magnetic layer is coated and molded, and the heat of the heating device makes the contents in the talc cookware go through the non-magnetic layer. Between the steatite cookware that the device directly contacts and the bottom surface of the non-magnetic body, a magnetic plate is sandwiched to strengthen the rigidity of the bottom, and the magnetic plate of the present invention generates magnetic force lines after passing an alternating current on the induction heating coil inside the induction cooker, and the center of the magnetic force lines Innumerable eddy currents pass through the resistance of the metal of...

AI Technical Summary

Problems solved by technology

Cookware made of composite metal plates on stainless steel and aluminum can only be formed into drawn products. Its shape is simple, and it is relatively limited in terms of the function and design of cookware products. It cannot be designed thicker only for a certain part, and cannot Formed into complex shapes, so the product is relatively simple

[0010] There is also a method of joining the formed aluminum cooker with a high-pressure pressing method to hit the aluminum cooker and a magnetic heating plate, and a method of bonding the heating plate on the formed aluminum cooker. The above-mentioned formed aluminum The method of hitting the heating plate with a high-pressure pressing method after heating the high-quality cooker is that the product is easily deformed when the cooker is heated or pressed and hit

[0011] In addition, the electromagnetic induction heating cooker manufactured by the firing process will peel off the aluminum metal and the heating plate after repeated use.

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