Drinking equipment

Abstract

The invention discloses drinking equipment, which comprises a shell, a heater and a hot water outlet nozzle. A splash proof heat insulated cover plate is arranged at the front end of the hot water outlet nozzle, and is close to or covers the mouth of a water receiving cup; when high-temperature hot water is discharged, the hot water and steam cannot splash or scald users, and the heat loss of the hot water in the cup can be reduced in the water receiving process; meanwhile, the steam is circulated in the cup to further heat the hot water in the cup so as to recycle the steam; therefore, energy is saved, higher temperature of the drinking equipment can be set, truly boiling water is prepared, the requirements of users in a wider range are met, and the hot water can be received safely and conveniently by the common water receiving cup; in addition, the drinking equipment can realize the functions of preventing overflow of the cup and automatically reaching the position and resetting of the splash proof heat insulated cover plate through an electric absorption water level sensor, a transmission device and a control circuit. The drinking equipment has the advantages of simple structure, convenient and safe use, and energy-saving effect.

Description

technical field [0001] The invention relates to a drinking water device, in particular to a drinking water device for preparing hot water. Background technique [0002] Drinking water equipment includes water dispensers, direct drinking machines, boiling water machines, etc., which have been widely used due to their convenience. However, the temperature of hot water released by existing drinking water equipment is generally around 90°C, which is difficult to meet people's requirements for high-temperature water. , if there is hot pot drinking water equipment, the water temperature in the hot pot is generally between 85°C and 95°C. When the hot water is released, it is dissipating heat at the same time. After a cup of water is full, the temperature will drop by 4 compared with the water temperature in the hot pot. In addition, cold water needs to be added during the water release process. When the heating is restarted, the water temperature in the hot pot is only about 85°C. ...

AI Technical Summary

Problems solved by technology

[0002] Drinking water equipment includes water dispensers, direct drinking machines, boiling water machines, etc., which have been widely used due to their convenience. However, the temperature of hot water released by existing drinking water equipment is generally around 90°C, which is difficult to meet people's requirements for high-temperature water. , if there is hot pot drinking water equipment, the water temperature in the hot pot is generally between 85°C and 95°C. When the hot water is released, it is dissipating heat at the same time. After a cup of water is full, the temperature will drop by 4 compared with the water temperature in the hot pot. ℃, plus cold water should be added during the water release process. When the heating is restarted, the water temperature in the hot pot is only about 85 ℃.

If it is a non-heater type (that is, fast heating type) drinking water equipment, due to the limitation of heating power, the hot water is relatively small, and it takes longer to fill a glass of water, dissipating more heat, so the water temperature drops more.

Secondly, when the drinking water equipment puts hot water, the hot water will splash out of the cup, especially the fast heating drinking water equipment. When the temperature is higher than 90 ℃, the hot water and steam will splash and scald people, so it is useful to use ordinary water cups to prevent blowout. Splashing, the temperature is set at about 85°C; some improvements have been made, and devices such as liquefaction chambers are installed. This kind of device cannot avoid splashing if the hot water exceeds 95°C, and secondly, there will be heat loss. In addition to the heat dissipated from the mouth of the cup during the hot water release process, the actual hot water temperature generally does not exceed 93°C

However, it is inconvenient to use a special cup to pour a small cup into a small cup, and there will be heat loss, which is difficult to be widely accepted in the market.

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