A container for boiling water device and a water boiling device containing the container

Abstract

The invention discloses a container for a water boiling device and a water boiling device containing the container. The container for a water boiling device includes a container wall and a cavity surrounded by the container wall. The container wall is provided with a hot water inlet, a hot water outlet, a cold water Inlet, cold water outlet and cold water overflow port, the inside of the container is provided with a first partition that divides the container into a hot water chamber and a cold water chamber, and a second partition that divides the cold water chamber into a water storage chamber and an overflow chamber , the cold water inlet and the cold water outlet are both arranged at the bottom of the water storage chamber, the cold water overflow is arranged at the bottom of the overflow chamber; the hot water inlet is arranged at the bottom of the hot water chamber, and the bottom surface of the hot water chamber along the The edge of the third partition is provided with a third partition, and the other side of the third partition forms a hot water outlet chamber, and a hot water outlet and a steam outlet are provided on the hot water outlet chamber, and the height of the third partition is not lower than the second The height of the dividing plate, the steam outlet is arranged above the side wall of the hot water outlet chamber.

Description

technical field [0001] The invention relates to an appliance for boiling water, in particular to a container for a water boiling device and a water boiling device containing the container. Background technique [0002] As we all know, the traditional water storage type water dispenser has many disadvantages such as thousands of boiling water, yin and yang water, no boiling water, small capacity, slow heating, and high energy consumption. In order to overcome these shortcomings, the industry has done a lot of explorations and attempts, and two kinds of instant water dispensers with quartz tubes and stainless steel thick film plates as heating bodies have come out. However, due to the defects of explosive tubes, easy scaling, small boiling water volume, complex structure, inconvenient maintenance, short life and high cost, these two heating bodies have not been widely marketed, and the upgrading of heating bodies has become a constraint for the water dispenser industry. Devel...

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Problems solved by technology

[0004] However, there are defects in this technology in actual use. For example, the liquid level in the water storage tank will be caused by the differences in the water source container, the amount of water in the container, the container nozzle, the connection structure between the container and the body, and the continuous flow of water. floating up and down

When the liquid level of the first water storage tank is too high and higher than the height of the water inlet of the second water storage tank, cold water will overflow from the hot water outlet of the second water storage tank when it is not heated, or the water flowing out when it is heated is not boiled water

When the liquid level of the first water storage tank is lower than the height of the water inlet of the second water storage tank, the water level in the heating device is too low. When heating, the boiled water cannot be discharged in time, or only a small amount of boiled water overflows, causing the water inside to be heated repeatedly. Water vapor not only wastes a lot of heat energy, but also only a small amount of boiled water can flow into the second water storage tank, or even no hot water can flow out at all

[0005] This technology uses the height of the liquid level on both sides to ensure that all the water that flows out is boiled water. In order to ensure the height of the liquid level on both sides, the liquid level line will be engraved on the second water storage tank, and special attention should be paid to the liquid level line during installation. Aligned with the height of the liquid level in the first water storage tank, the installer cannot perform accurate and effective installation. It often takes a long time to debug to achieve the best state, which reduces production efficiency

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