Drinking water heating device with water outlet nozzle in bypass connection with water storage cavity

Abstract

The invention discloses a drinking water heating device with a water outlet nozzle in bypass connection with a water storage cavity. The drinking water heating device comprises a shell provided with the water outlet nozzle. The drinking water heating device is characterized in that a heater, a balanced water tank and a water pump are further arranged on the shell, one end of the water pump serves as a water pumping port, the other end of the water pump is communicated with the balanced water tank, the balanced water tank is connected with an inlet of the heater, an outlet of the heater is communicated with the water outlet nozzle, an outlet of the water outlet nozzle is connected with the water storage cavity, a water outlet is arranged on the water storage cavity, and a water outlet valve is mounted at the water outlet. The drinking water heating device has the advantages of large water outlet amount, low power requirement and diversity options of the heater.

Description

technical field [0001] The invention relates to the technical field of drinking water heating devices, such as: tea trays, tea making utensils, tea tables with boiling water function, electric kettles, electric water boilers, electric water dispensers, industrial drinking machines, etc. The drinking water heating device connected to the water storage cavity next to the mouth. Background technique [0002] Existing heating devices for drinking water, such as: electric kettles, electric water boilers, etc., all have heating devices on the kettle body, and most of the heating devices are non-instant heating devices, such as: electric heating tube The inner tank is heated. When in use, people pour tap water into the inner tank first, then turn on the switch of the electric heating tube, so that the water in the inner tank is heated to boiling, and finally, turn on the switch of the spout, so that the boiled water in the inner tank falls to the corresponding teapot (making tea) ...

AI Technical Summary

Problems solved by technology

When in use, people pour tap water into the inner tank first, then turn on the switch of the electric heating tube, so that the water in the inner tank is heated to boiling, and finally, turn on the switch of the spout, so that the boiled water in the inner tank falls to the corresponding teapot (making tea) ) for drinking; however, this non-instant heating electric heating device has the following disadvantages: (1) the non-instant heating electric heating device, when boiling water, due to the small volume of the connected teapot Therefore, all the boiling water in the inner tank cannot flow into the teapot. Therefore, there will often be excess boiling water in the inner tank. If the temperature is slightly lowered, the water in the inner tank will not be suitable for some drinking needs, such as; high temperature brewing Tea, brewed coffee, etc. cannot even be used as drinking water. Therefore, the excess boiling water in the inner tank is often dumped, wasting electric energy; , therefore, cannot meet the needs of immediate drinking

[0004] However, the electric water boiler using the above-mentioned instantaneous electric heating device still has the following disadvantages: (1) the glass pipe heater is limited by its heating power, and the water output is very small, and even the water is intermittent, which cannot satisfy people's needs for soaking. High-end requirements for tea drinking; (2) When the spout is opened, the boiling water will be exposed to the air before falling into the teapot, and part of the heat will be dissipated. Therefore, the temperature of the boiling water falling into the teapot will drop significantly, seriously affecting the brewing process The taste of tea (which requires a higher temperature); (3) Use glass pipe heaters as instant heaters for people to drink immediately, which limits the use of other heaters to a certain extent

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