Instantaneous water boiler

Abstract

The invention provides an instantaneous water boiler, which comprises a water tank, a heating component communicated with a water tank and a water and vapor separating box communicated with a heating component. A water pump is arranged between the water tank and the heating component. The water in the water tank enters the heating component through the water pump. The heating component comprises water pipes and electric pipes arranged among the water pipes. Narrow channels through which water can flow are formed among the water pipes and the electric pipes. A control valve channel is arranged between the heating component and the water vapor separating box and is used to control the on / off between the heating component and the water vapor separating box. A second control valve channel is arranged between the heating component and the water tank and is used to control the on / off between the heating component and the water tank. The invention does not have to wait when water is boiled. The water can be poured out as being boiled and only be boiling once. When the user finds the boiled water over capacity, the second control valve channel can be opened and the residual water returns to the water tank through the second control valve channel. The invention saves energy and is environment-friendly and healthy.

Description

Technical field [0001] The invention relates to an electronic device, in particular to an instant water boiling device. Background technique [0002] Existing instant water boiling devices, such as drinking fountains that are commonly available on the market, generally have the following defects: [0003] 1. While the user is pouring water, the water tank will continuously inject uncooked water into the heating component according to the decrease in water in the heating component, which will contaminate the originally boiled water, causing the user to drink mixed water, which is not healthy enough. [0004] 2. The amount of heated water is not easy to control, and the appropriate amount of water cannot be heated according to the user's needs. This will cause excessive heating of the water, and the hot water will become cold when it is not used up, which will waste electricity. [0005] 3. The water stored in the heating element may be heated many times, and the boiling water may be bo...

AI Technical Summary

Problems solved by technology

[0003] 1. While the user is pouring water, the water tank will continuously inject unboiled water into the heating element according to the reduction of water in the heating element, which will pollute the original boiled water and cause the user to drink mixed water, which is not healthy enough

[0004] 2. The amount of heated water is not easy to control, and the appropriate amount of water cannot be heated according to the needs of users. This will cause excessive heating of water, and the hot water will become cold when it is not used up, which wastes electric energy.

[0005] 3. The water stored in the heating element may be heated many times, and the water boiled repeatedly is not conducive to health

[0006] 4. The long-term storage of water in the heating element will easily cause the heating element to scale, thereby shortening the life of the heating element, and the heating element needs to be cleaned frequently

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