Energy storage quick-heating drinking apparatus

Abstract

The invention relates to an energy storage quick-heating drinking apparatus, comprising a purifying device, a heat exchange device, an energy storage type heating device, a faucet assembly, a pipeline assembly, a system control device for controlling the whole drinking apparatus, and a drinking apparatus main body. The energy storage type heating device comprises a heating water tank for storing water, and a heating pipeline disposed in the heating water tank, and water in the heating water tank is used for heating purified water in the heating pipeline to boiled water. The purifying device is used for providing the heating pipeline with the purified water. The heat exchange device is used for cooling the boiled water from the energy storage type heating device. The boiled water flowing out from the heating pipeline is divided into two paths, the hot water of the first path is directly supplied to a faucet of the faucet assembly, the hot water of the second path is cooled by the heat exchange device and supplied to the faucet of the faucet assembly, so that drinking water directly passes through the pipeline without passing through the heating water tank, secondary pollution can be prevented, and re-boiled water and a mixture of unboiled water and boiled water can also be prevented.

Description

technical field [0001] The invention relates to the field of drinking water equipment, in particular to an energy storage instant hot drinking water equipment. Background technique [0002] At present, the types of large-scale commercial water dispensers in the market are mainly divided into heat-exchange energy-saving water dispensers and step-by-step water dispensers. Among them, heat-exchange energy-saving water dispensers are devices that use the principle of heat exchange to heat water. And connecting such equipment generally has the following disadvantages: 1) it is easy to form thousands of boiling water and yin and yang water; 2) it is directly heated in the water storage tank, and the pipeline is formed, which breeds bacteria and easily produces secondary pollution, which affects the health of the drinker; , Most manufacturers use the way of emptying the water tank overnight to reduce the harm of secondary pollution, but it cannot be completely avoided, and it also ...

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Problems solved by technology

[0002] At present, the types of large-scale commercial water dispensers in the market are mainly divided into heat-exchange energy-saving water dispensers and step-by-step water dispensers. Among them, heat-exchange energy-saving water dispensers are devices that use the principle of heat exchange to heat water. And connecting such equipment generally has the following disadvantages: 1) it is easy to form thousands of boiling water and yin and yang water; 2) it is directly heated in the water storage tank, and the pipeline is formed, which breeds bacteria and easily produces secondary pollution, which affects the health of the drinker; , most manufacturers use the method of emptying the water tank overnight to reduce the harm of secondary pollution, but it cannot be completely avoided, and it also wastes a lot of water resources

The step-by-step water dispenser controls the water intake and heating time through frequency conversion, and adopts step-by-step heating technology, without the generation of thousands of boiling water and yin and yang water, but it cannot produce warm water, which is difficult to meet the needs of the market, especially Drinking water requirements for primary and secondary school campuses also cannot solve the problem of secondary pollution

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