Energy accumulation boiling water boiler

Abstract

The invention discloses an energy accumulation boiling water boiler. A closed container is formed by a baseplate, a main body and a main body cover plate; a separation plate is arranged at the upper part of the main body; the main body is divided into two parts of an upper cavity and a lower cavity by the separation plate; the volume of the lower cavity is more than two times of the volume of the upper cavity; after water in the upper cavity is heated for boiling, a high-temperature electromagnetic valve is started; the boiled water in the upper cavity is injected in the lower cavity to enter an insulation state; when the temperature of the water in the lower cavity is lower than the temperature set by an insulation temperature controller, an insulation electric heating pipe is electrified to work; the insulation temperature is absolutely lower than the water boiling point; the operation is circulated like this; the boiled water in the upper cavity is timely injected in the lower cavity for insulation or use; and the boiling of new water and the output use of insulated water are synchronously performed, so that the lower cavity always has enough continuous supply of once boiled water.

Description

technical field [0001] The invention relates to a boiling water boiler, in particular to an electric boiling water boiler used for boiling primary energy storage. Background technique [0002] The boiling water equipment in the prior art has the following solutions in order to overcome the defect of thousands of boiling water. One is to heat the water to the boiling point and stop heating. The usual technology is to heat the water to a safe drinking temperature, for example, the heating temperature is controlled at 93-98 degrees. In this case, the water in this case is not boiled, and the purpose of complete sterilization cannot be achieved, and there is a potential safety hazard for drinking; the other is that it is kept in a heat preservation state after boiling, and it must be replenished after all the boiling water in the container is used up. The tap water is reheated and boiled, and boiling water cannot be provided for drinking during the period from replenishing water...

AI Technical Summary

Problems solved by technology

[0002] The boiling water equipment in the prior art has the following solutions in order to overcome the defect of thousands of boiling water. One is to heat the water to the boiling point and stop heating. The usual technology is to heat the water to a safe drinking temperature, such as controlling the heating temperature between 93-98 degrees. In this case, the water in this case is not boiled, and the purpose of complete sterilization cannot be achieved, and there is a potential safety hazard for drinking; the other is that it is kept in a heat preservation state after boiling, and it must be replenished after all the boiling water in the container is used up. The tap water is reheated and boiled, and it cannot provide boiled water for drinking during the period from replenishing water to boiling the water. There is a defect that the boiled water cannot be continuously supplied, and it cannot adapt to the places where group users need to continuously supply boiled water, such as hospitals, stations and other places with a large demand for boiled water. Therefore, it is necessary to develop a technology that can continuously supply boiled water after one boiling

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