Water dispenser with insulating chamber

Abstract

The invention provides a water dispenser with an insulating chamber. A heating chamber arranged in the body of the water dispenser for supplying boiled water for drinking is connected with the insulating chamber through a water through pipe; a heater external power line in the heating chamber is provided with a temperature controlled switch connected with the interior of the heating chamber; water volume switches arranged in the heating chamber and the insulating chamber are respectively connected with electromagnetic valves mounted on a water inlet pipe and the water through pipe; the insulating chamber is provided with a water outlet pipe. The water drinking machine can ensure that water is heated and then enters the insulating chamber, so as to be subjected to thermal insulation for later use, and the problem that repeated heating consumes power and is not good for drinking is avoided.

Description

technical field [0001] The invention relates to a water dispenser, in particular to a water dispenser provided with a heat preservation chamber. Background technique [0002] In many households and public places, for the convenience of drinking boiled water, a water dispenser is installed directly. The traditional water dispenser directly heats the water to boiled water after power-on. The boiling water will gradually cool down within a certain time, and the function of the water dispenser is to repeatedly heat the setting, that is, after the boiling water has cooled to the set heat, the power will be turned on to heat again. This phenomenon of repeated heating directly results in a waste of electric energy, and This repeatedly heated drinking water is also detrimental to human health. SUMMARY OF THE INVENTION [0003] The purpose of the present invention is to solve the above-mentioned problem of repeatedly heating boiled water, and to provide a water dispenser with a he...

AI Technical Summary

Problems solved by technology

[0002] In many households and public places, for the convenience of drinking boiled water, water dispensers are installed directly for use. Traditional water dispensers heat the water to boiled water directly after power-on. Within a certain period of time, the boiling water will gradually cool down, and the function of the water dispenser is to repeatedly heat the setting, that is, after the boiling water cools down to the set heat, then turn on the power supply to heat again. This phenomenon of repeated heating directly causes the waste of electric energy, and This repeated heating of drinking water is also detrimental to human health

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