Easy-to-use and energy-saving integrated silicon carbide ceramic pot

Abstract

The invention discloses an easy-to-use and energy-saving integrated silicon carbide ceramic pot, which is characterized in that 5-8 circles of uniformly distributed circular arc grooves are formed inthe upper end face of circular arc of the outer pot body, each circle of circular arc groove is provided with an annular heating wire therein, the upper half of each heating wire is arranged in a circular arc concave hole in the middle of the lower end surface of the circular arc of the inner pot body, the circular arc hole bottom surface of the circular arc concave hole is pressed together withthe upper end of each heating wire; the outer pot body and the inner pot body are made of black silicon carbide ceramic by hot pressing sintering, the right end of the outer pot body is provided withan integrated lower half pot handle, the lower end of the circular arc bottom surface of the outer pot body is provided with an integrated cylindrical pot holder, and a knob switch is arranged at theupper end of a round through hole in the middle in the longitudinal direction of an upper half pot handle on the right end of the inner pot. Food can be cooked directly by only using the easy-to-use and energy-saving integrated silicon carbide ceramic pot without the need for a stove, thereby not only saving the cost of buying the stove and the space occupied by the stove, but also saving electricity; besides, the easy-to-use and energy-saving integrated silicon carbide ceramic pot is lightweight and easy to use.

Description

technical field [0001] The invention relates to the technical field of kitchen utensils, in particular to an easy-to-use, energy-saving integrated silicon carbide ceramic pot. Background technique [0002] The existing pot and the stove are separated, and both the pot and the stove must be bought during cooking, which not only wastes money, but also takes up a lot of space. [0003] Existing pots are made of steel or iron. Due to the specific weight of steel or iron, the weight of the pot is heavy, and it is inconvenient to use during cooking. [0004] Existing electromagnetic cooktops use alternating current to pass through the coil to generate an alternating magnetic field whose direction is constantly changing, and the inside of the steel pan or iron pan in the alternating magnetic field will generate eddy current, and the Joule effect of the eddy current makes the steel The temperature of the pot or iron pot rises, which makes the steel pot or iron pot heat up for cooki...

AI Technical Summary

Problems solved by technology

[0002] The existing pot and the stove are separated, and both the pot and the stove must be purchased when cooking, which not only wastes money, but also takes up a lot of space

[0003] Existing pots are made of steel or iron. Due to the specific gravity of steel or iron, the weight of the pot is large, and it is inconvenient to use during cooking.

[0004] The existing electromagnetic cooker uses alternating current to pass through the coil to generate an alternating magnetic field whose direction is constantly changing, and the inside of the steel pan or iron pan in the alternating magnetic field will generate eddy current, and the Joule effect of the eddy current makes the steel The temperature of the pot or iron pot rises, which makes the steel pot or iron pot heat up for cooking. For aluminum pots and ceramic pots, because the resistivity is too small or too large, the induction cooker load is abnormal and the power is automatically turned off, causing the induction cooker to malfunction. work, not only power consumption, but also inconvenient to use

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