Food steamer and cooking appliance component

Abstract

The invention discloses a food steamer and a cooking appliance component. A food steamer comprises a steamer body and a water storage box; the water storage box is located in the steamer body, and provided with a water outlet located at the upper part of the bottom face of the steamer body; the water outlet is separated from the bottom face of the steamer body, and the water storage box is configured to perform water and gas exchange with the inner part of the steamer body through the water outlet. Through the water storage box for storing water in the steamer body of the food steamer, the steamer is continuously supplied with water, and the water amount at the bottom part of the steamer body is kept at a thin level through the principle of a connector, thus the heat for steam generation is reduced, the steam happening efficiency and convenience of the use of the food steamer are improved.

Description

technical field [0001] The invention relates to the field of household appliances, in particular to a steamer and a cooking appliance assembly. Background technique [0002] The steamer is a common kitchen equipment in life. The current structure of the steamer adopts a square drawer, and water is added to the bottom of the steamer to generate the required steam through external heating. Adding water at one time makes the water storage capacity at the bottom of the steamer structure large, and the heat required for steam generation is relatively high, resulting in long heating time, large energy loss, and low heating efficiency. And when the amount of water in the steamer is insufficient, it is difficult to add water to the steamer, and the operation is cumbersome and easily causes secondary energy loss, which affects the effect of steam generation. Contents of the invention [0003] The invention provides a steamer and a cooking appliance assembly. [0004] The steamer ...

AI Technical Summary

Problems solved by technology

Adding water at one time makes the water storage capacity at the bottom of the steamer structure large, and the heat required for steam generation is relatively high, resulting in long heating time, large energy loss, and low heating efficiency.

And when the water in the steamer is insufficient, it is not easy to add water to the steamer, and the operation is cumbersome, which will easily cause secondary energy loss and affect the effect of steam generation

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