Boiling type water boiler with water being fetched by swiping IC card

Abstract

The invention provides a boiling type water boiler with water being fetched by swiping an IC card. A sealed container is formed by a bottom plate, a water boiler body and a water boiler body cover plate. A separating plate is arranged at the upper portion of the water boiler body and the water boiler body is divided into a lower cavity and an upper cavity by the separating plate. The volume of the lower cavity is more than twice the volume of the upper cavity. A high temperature solenoid valve is started after the water in the upper cavity is heated to boil and the boiling water of the upper cavity is poured into the lower cavity and gets into the state of thermal insulation; when the water temperature of the lower cavity is lower than the temperature set by a thermal insulation temperature controller, a thermal insulation electric heating tube is electrified to work and the thermal insulation temperature is absolutely lower than boiling point of the boiling water; the water boiler runs circularly in the above-mentioned way, thus the boiling water of the upper cavity can be poured into the lower cavity for thermal insulation or using in time and the heating and boiling of the new water can be simultaneous with the outputting and using of the thermal insulated boiling water, so that enough boiling water subjected to boiling only once can be always supplied continuously. A plurality of IC card swiping solenoid valves are connected with a boiling water outlet pipe and the boiling water can be fetched quantificationally by swiping the IC card, so that the water boiler is convenient to use, capable of energy conservation and environmental protection and good in safety and reliability.

Description

technical field [0001] The invention relates to a boiling water boiler, in particular to a boiling electric boiling water boiler which uses an IC card to draw water. Background technique [0002] The boiling water equipment in the prior art has the following solutions in order to overcome the problem 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 hygienic drinking temperature, for example, the heating temperature is controlled at 93-98 degrees. During this time, the water in this situation does not boil, and the purpose of complete sterilization cannot be achieved, and there are still hidden dangers of drinking safety; the other is that after boiling, it is necessary to wait for all the boiling water in the container to be used up before adding tap water and refilling. Heating boils, can't provide boiled water to drink during the period from replenishing water to boiling water, the...

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Problems solved by technology

[0002] The boiling water equipment in the prior art has the following solutions in order to overcome the problem 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 hygienic drinking temperature, for example, the heating temperature is controlled at 93-98 degrees. During this time, the water in this situation does not boil, and the purpose of complete sterilization cannot be achieved, and there are still hidden dangers of drinking safety; the other is that after boiling, it is necessary to wait for all the boiling water in the container to be used up before adding tap water and refilling. Heating and boiling, from replenishing water to boiling the water, it is impossible to provide boiling water for drinking, and there is a defect that boiling water cannot be continuously supplied

[0003] Similarly, the boiling water boilers of the prior art are in a state of uncontrollable water consumption in group use, and the waste phenomenon is extremely serious, resulting in that no amount of water storage can satisfy the use of boiling water boilers, because the important feature of group users is that they need to continuously supply boiling water, such as Schools, hospitals, stations and other places where there is a large demand for boiled water, so it is necessary to develop a technology that continuously supplies boiled water after one boiling and requires effective control of the amount of water used.

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